The Conference
Training Day |
June 6, 2022 |
Workshop |
June 7–9, 2022 |
You are cordially invited to the 16th International SPHERIC Workshop, to be held in Catania on June 2022. The event is organized and sponsored by the Osservatorio Etneo, Catania section of the Istituto Nazionale di Geofisica e Vulcanologia, the Dipartimento di Matematica e Informatica and the Corso di Studi in Ingegneria Civile delle Acque e dei Trasporti (Dipartimento di Ingegneria Civile e Architettura) of the University of Catania. The event will be held in-person.
COVID-19 Protocol
With the evolution of the epidemiological situation, the local and national regulations for in-presence events are still subject to changes. We are closely monitoring the situation, and will update this page as the situation evolves. At the time of writing, the only restriction for access to the venue is that masks (FFP2/N95 or equivalent) are required indoors. In particular, the EU Digital COVID-19 Certificate (“Green Pass”) or equivalent is not needed to access the venues, but it may still be needed for traveling. Check the information here for details on travel conditions.
What is SPHERIC?
SPHERIC, the Smoothed Particle Hydrodynamics rEsearch and engineeRing International Community, stimulates research and facilitates exchange of ideas among developers and users of Smoothed Particle Hydrodynamics (SPH). Activities include the yearly international workshop, newsletters, journal special issues, prizes, and networking. Any institution or company with an interest in SPH can become a member, free of charge. SPHERIC is a Special Interest Group (SIG) of ERCOFTAC, the European Research Community on Flow, Turbulence and Combustion.
SPHERIC Workshops
The SPHERIC International Workshops are annual global events focusing exclusively on the Smoothed Particle Hydrodynamics method and its ecosystem, that has been growing in recent years as a rich field for research and applications in scientific computing and computational fluid dynamics. The community particularly welcomes work that addresses the SPHERIC Grand Challenges (GC). Research topics include, but are not limited to:
-
Convergence, consistency and stability (GC1)
-
Boundary conditions (GC2)
-
Adaptivity and variable resolution (GC3)
-
Coupling to other methods (GC4)
-
Free surfaces and moving boundaries
-
Solids and structures
-
Multiple continua and multi-phase flow
-
Viscosity and turbulence
-
Incompressible flow
-
Complex physics
-
High-performance computing
-
Hardware acceleration
-
Pre-processing and visualisation
-
Alternative and novel formulations (FVPM, MPS, RSPH, etc.)
Applicability to industry defines the aspects of SPH which must be advanced to foster the method’s diffusion and adoption in the industry. The following indicative list of application domains is by no means complete, and the Workshop welcomes presentations on progress of SPH into new fields:
-
Applicability to industry (GC5)
-
Hydraulic applications
-
Maritime and naval architecture applications
-
Biomechanics and Medical Devices
-
Geotechnical applications
-
Microfluidics
-
Astrophysics
-
Geophysics
-
Solids and Fracture Mechanics
-
Disaster simulations
The successful concept of SPHERIC is due to a methodological focus on an interdisciplinary application environment, integrating the know-how of physicists, mathematicians, IT experts and engineers from academia and industry. Dedicated to the aim of stimulating an enhanced direct exchange of ideas between the community of SPH researchers, the International SPHERIC Workshop follows a single-track format.
On behalf of the organizing team, it is our pleasure and honor to invite you to the 16th International SPHERIC Workshop. We are looking forward to sharing a successful and enjoyable meeting with you!
Local Organizing Committee
-
Dr. Giuseppe Bilotta (giuseppe.bilotta@ingv.it)
-
Dr. Annalisa Cappello (annalisa.cappello@ingv.it)
-
Dr. Gaetana Ganci (gaetana.ganci@ingv.it)
Scientific Committee
-
Dr. Alex Crespo (Universidade de Vigo, Ourense, Spain)
-
Dr. Abbas Khayyer (Kyoto University, Japan)
-
Dr. David Le Touzé (Ecole Centrale de Nantes, France)
-
Dr. Nathan Quinlan (National University of Ireland, Galway, Ireland)
-
Dr. Stefano Sibilla (Università di Pavia, Italy)
-
Dr. Angelo Tafuni (New Jersey Institute of Technology, US)
-
Dr. Renato Vacondio (Università di Parma, Italy)
-
Dr. Antonio Gil (Swansea University, UK)
-
Dr. Andrea Colagrossi (CNR-INM, Italy)
-
Dr. Ben Rogers (University of Manchester, UK)
-
Dr. Salvatore Marrone (CNR-INM, Italy)
-
Dr. Peter Eberhard (University of Stuttgart, Germany)
-
Dr. Matthieu De Leffe (Siemens Digital Industries, France)
-
Dr. Pierre Sabrowski (Dive Solutions, Germany)
-
Dr. Giuseppe Bilotta (Istituto Nazionale di Geofisica e Vulcanologia, Italy)
-
Dr. Ha Bui (Monash University, Australia)
-
Dr. Raj Das (RMIT University, Australia )
-
Dr. Steven Lind (University of Manchester, UK)
-
Dr. Georgios Fourtakas (University of Manchester, UK)
-
Dr. Chun Hean Lee (Universiy of Glasgow, UK)
-
Dr. Moncho Gómez-Gesteira (Universidade de Vigo, Spain)
-
Dr. Xu Fei (Northwestern Polytechnical University, China)
-
Dr. Antonio Souto Iglesias (UPM, Spain)
-
Dr. Rouhollah Fatehi (Persian Gulf University, Iran)
-
Dr. Xiangyu Hu (Technical University of Munich, Germany)
-
Dr. Pengnan Sun (Sun Yat-sen University, China)
-
Dr. Tom De Vuyst (University of Hertfordshire, UK)
Dates and Authors Info
Important Dates
February 11, 2022 February 18, 2022 |
Abstract submission deadline |
March 18, 2022 March 21, 2022 |
Announcement of selected abstracts |
April 22, 2022 |
Early registration deadline |
April 22, 2022 April 29, 2022 |
Final paper submission deadline |
May 6, 2022 |
Presenter registration deadline |
May 16, 2022 |
Final registration deadline |
June 6, 2022 |
Training Day |
June 7–9, 2022 |
Workshop |
Author Information
To present your work at the SPHERIC workshop, you need to submit a 1-page abstract for peer-review. Upon notice of abstract acceptance, a full length paper is also requested and will be published in the proceedings. Please see below for more info.
Abstract submission: Abstracts should be one (1) page long and must include at least one illustrative figure outlining the quality of the results. A comparison with reference solutions is strongly encouraged. A sample abstract can be found here. The PDF version of your abstract should be submitted via email at spheric2022@ingv.it on or before February 18, 2022, 11:00 PM EST. The email should have SPHERIC 2022 Abstract - "Last Name of Corresponding Author" as object and also state:
-
Whether the abstract refers to (a) fundamental SPH research or (b) SPH practical/industrial applications
-
The contribution of the authors' work to at least three of the 24 Workshop topics above.
Review process: Abstracts will be reviewed by at least three SPH experts. Notification of acceptance for publication will be given on or before March 21, 2022 The quality of the abstracts will be assessed using averaged ratings for 3 equally important criteria.
For fundamental SPH research, the criteria are (1) novelty, (2) applicability / expected impact, and (3) improvements / quality of results. For practical applications the criteria are (1) novelty, (2) usability, and (3) competitiveness. Details about the criteria applied in evaluating the submissions can be found in the new guide for authors and reviewers. (Please note that there have been some changes to the criteria compared to previous workshops, particularly for applications of SPH.)
Full paper: After notification of abstract acceptance, authors must prepare a full 8-page-or-less paper according to the Word (here) or LaTeX (here) SPHERIC templates. It is important NOT to put any page numbers in the paper. It is also recommended not to spend too much space on basic SPH equations on the paper, since the readers are assumed to know the SPH fundamentals. At least one author must register for the workshop by no later than May 6, 2022. This author will be the presenter at the workshop. There is a maximum of one presentation for each delegate during the workshop. Papers with no registered authors by May 6, 2022 will NOT be published in the workshop proceedings and will lose their presentation slots. Full-length PDF papers should be submitted via email at spheric2022@ingv.it on or before April 29, 2022. The email should have SPHERIC 2022 Article - "Last Name of Corresponding author" as object.
Presentation: Session and presentation format is discussed with the conference programme.
Libersky student prize: The Libersky Prize is awarded at every SPHERIC Workshop for the best work by a student, based on their presentations and papers, as judged by the Scientific Committee. All students who present at the Workshop are considered for the award, which is named in honour of Prof. Larry Libersky, one of the pioneers of SPH in engineering. Student authors who would like to sign up for the student prize should indicate it in the email during the submission of the paper. To be eligible for the student prize, the student must be the first author on the paper, present the work and attend the final ceremony. Below are the previous recipients of the Prize, all of whom achieved significant advances in SPH.
2007 |
Louis Delorme |
2008 |
Ruairi Nestor |
2009 |
Salvatore Marrone |
2010 |
Martin Ferrand |
2011 |
Christian Ulrich |
2012 |
Terrence Tricco |
2013 |
Agnes Leroy |
2014 |
Agnes Leroy |
2015 |
Samuel Braun |
2016 |
Iason Zisis |
2017 |
Alex Ghaïtanellis |
2018 |
Thomas Fonty |
2019 |
Thomas Fonty |
2021 |
Arbia Ben Khodja |
Keynotes
Fu Foundation Professor of Applied Mathematics at Columbia University, NYC, USA.
Chief Research Scientists at CSIRO, Canberra, Australia.
Venue
The conference will be hosted at the Monastero dei Benedettini di San Nicolò l’Arena, in Catania, piazza Dante, 32. The venue is a historical monument: a 16th century Benedictine monastery, it survived the 1669 Mt Etna Eruption, was rebuilt after the 1693 earthquake, and it is now a UNESCO World Heritage Site, hosting part of the University of Catania.
The morning sessions of the training day will be hosted at the Museo della Rappresentazione (Museum of Representation) hosted in the beautiful Villa Zingali Tetto in via Etnea, 742.
The afternoon session of the training day will be hosted at the Cittadella Universitaria on viale Andrea Doria, 6, Room D22 in Building 14 (Edificio 14).
Travel
COVID-19 travellers information
On February 22, 2022 Italy adopted the common EU framework for international travel rules during the COVID-19 pandemic.
Entering Italy requires possession of a EU Digital COVID-19 Certificate or equivalent from outside the EU. The certificate emitted by your national authority showing proof of completion of the primary vaccination cycle and/or proof of recovery is acceptable as long as it carries information in Italian, English, French or German. Temporary passes can also be obtained with the completion of rapid antigen or molecular test swabs.
Further details can be found on the COVID-19 travel information page of the Ministry of Welfare and on the Entry into Italy information page
Note
|
these provisions are valid until May 31. |
To Catania
You can reach Catania by plane, flying to either the Aeroporto di Catania-Fontanarossa “Vincenzo Bellini” (CTA) or Aeroporto di Comiso “Pio La Torre” (CIY).
Optional connecting flights: from Rome-Fiumicino (FCO), Milan-Malpensa (MXP) Milan-Linate (LIN).
From the airport to the main venue
If you land at Comiso (CIY), there are busses to Catania airport (CTA), with fare starting at 6€.
The airport of Catania is connected to the city center with the Alibus shuttle bus, departing every 15 minutes. Tickets are € 4.00, payable in cash or by debit and credit cards on the bus itself. The shuttle has a circular route, the closest stop to the Monastero dei Benedettini is in Piazza Stesicoro, a 15min walk from the Monastero (down along Via Etnea, turn right at Piazza Quattro Canti, up along Via di San Giuliano, turn left into Piazza Dante, where the monastery is). The same shuttle can also take you back to the airport.
By taxi, the daytime fare from the Airport to Piazza Dante is €20.
Reaching the Training Day venue
The Training Day will be hosted at the Museo della Rappresentazione (Villa Zingali Tetto, via Etnea 741) for the morning sessions, and the Cittadella Universitaria for the afternoon session.
Villa Zingali Tetto can be reached from the city center by bus, through any of the many lines that drive up via Etnea. If you take the bus in Piazza Stesicoro, the lines that can take you to there are lines 429, 442 and 744. The travel time from Piazza Stesicoro to the Villa is around 10 minutes by bus. If you feel like walking, the same distance can be covered on foot in around 30 minutes.
The afternoon session for the Training Day will be in Room D22 of the Building 14 in the Cittadella Universtiaria, viale Andrea Doria 6. This can be reached with a 10-minute walk from the morning venue. The entrance to the Cittadella Universitaria can also be reached by bus (lines 429, 442 and 744 again).
Accommodation
There are several hotels and B&Bs within walking distance of the main venue. You may find discounted rates with the reservation code “SPHERIC 2022” at the ones listed below. Availability is limited, so please make sure you book your reservation as soon as possible.
Tourism
Catania is an attractive destination for tourism, both monumental and naturalistic. The city center is rich in monuments with both historical and architectural significance, all within walking distance of the workshop venue, starting from the Monastero dei Benedettini itself and the adjacent church of San Nicolò l’Arena.
As part of the registration, we will offer you a tour of either the city center or the Monastery and church (your option) in the afternoon of June 8, 2022.
For the nature lovers, Catania offers both rocky and sandy beaches, reachable by bus, and of course Mt Etna, the tallest (and largest subaerial) active volcano in Europe, with several interesting trekking destinations.
Mt Etna visit
We are also organizing a visit to Mt Etna the day after the conference (June 10, 2022). This is an extra (not included in the conference registration fee). Details can be found here.
Note
|
Highlights:
Please contact the LOC if you wish to change your preference with regards to the Mt Etna visit. |
Workshop programme
June 6, 2022 | |||
---|---|---|---|
9:30-11:00 |
Lecture I |
Robert A. Dalrymple |
An introduction to SPH |
11:00-11:30 |
coffee break |
||
11:30-13:00 |
Lecture II |
Chun Hean Lee |
A first order conservation law framework for solid dynamics |
13:00-14:00 |
lunch |
||
15:00-17:30 |
Practical session |
||
June 7, 2022 |
|||
8:30-9:00 |
Reception |
||
9:00-9:15 |
Opening session |
||
9:15-10:15 |
Keynote I |
Qiang Du |
Nonlocal Continuum Models as the Mathematical Foundation of SPH |
10:15-10:50 |
coffee break |
||
10:50-11:55 |
Session I |
Convergence, consistency and stability I |
|
L |
Max Okraschevski |
A Novel LES Perspective on SPH & The Issue of Particle Duality |
|
L |
Pietro Rastelli |
Implicit Iterative Shifting in ALE-SPH schemes |
|
Chun Hean Lee |
An Updated Reference Lagrangian SPH algorithm for isothermal elasticity and thermo-elasticity |
||
Dong Wu |
An hourglass control implementation for total Lagrangian SPH |
||
11:55-13:00 |
Session II |
Boundary Conditions |
|
Prapanch Nair |
Droplet-pressure wave interactions using a Young-Laplace pressure based boundary condition |
||
Shuoguo Zhang |
A Lagrangian free-stream boundary condition for weakly compressible smoothed particle hydrodynamics |
||
Jason Pearl |
Transverse Velocity Discontinuities at Material Interfaces in the Compressible Euler Equations with SPH |
||
Daniel Mateo Aguirre Bermudez |
Development of a modelling strategy for cyclic asymmetric problems using the SPH approach |
||
13:00-14:30 |
lunch |
||
14:30-15:35 |
Session III |
Solids and structures |
|
Tom DeVuyst |
SPH modelling of fragmentation of brittle planar and spherical targets |
||
Naqib Rahimi |
A coupled total Lagrangian SPH-phase-field framework for modeling dynamic brittle fracture |
||
Anthony Collé |
Innovative Fragmentation Modelling of Hypervelocity Impacts |
||
Shoya Mohseni-Mofidi |
Numerical study of solid particle erosion using smoothed particle hydrodynamics |
||
15:35-16:40 |
Session IV |
Alternative and novel formulations |
|
L |
Salvatore Capasso |
DEM-WCSPH Modeling of Hydroelastic Slamming |
|
Damien Violeau |
Boundary integral approach for axisymmetric SPH |
||
Wang Zhen Tong |
Smoothed Particle Hydrodynamics Realisation of Finite Volume Method for Fluid-Structure Interaction |
||
Domingo García-Senz |
Axisymmetric magneto-hydrodynamics with SPH |
||
16:40-17:10 |
coffee break |
||
17:10-18:15 |
Session V |
Practical and industrial applications I: automotive and aerospace engineering |
|
Georg Mensah |
Industry-relevant validation cases for benchmarking SPH cases |
||
L |
James MacLeod |
Aerodynamic coupling to smoothed particle hydrodynamics for modelling aircraft fuel-jettison |
|
L |
Arbia Ben Khodja |
Local numerical and experimental comparisons of a tire rolling over a puddle of water using a coupled SPH-FE strategy and the r-PIV technique |
|
Shreyas Joshi |
Snow Soiling Simulation of Automotive Vehicles using SPH |
||
19:00-21:30 |
welcome cocktail |
||
June 8, 2022 |
|||
9:00-10:00 |
Keynote II |
Paul W. Cleary |
Use of SPH for large multiscale and multiphysics simulation of industrial, geophysical and biophysical applications |
10:00-10:35 |
coffee break |
||
10:35-11:40 |
Session VI |
Convergence, consistency and stability II |
|
Abbas Khayyer |
δ-ULSPH: Updated Lagrangian SPH structure model enhanced through incorporation of δ-SPH density diffusion term |
||
Georgios Fourtakas |
An immersed boundary pseudo-spectral ISPH scheme |
||
Julien Michel |
Analysis through energy consideration of a quasi-Lagrangian scheme using Riemann stabilization |
||
Naoki Tsuruta |
Modified Dynamic Stabilization scheme for ISPH simulations |
||
11:40-12:45 |
Session VII |
Free-surface flow and moving boundaries |
|
Matteo Antuono |
Weakly-compressible SPH schemes with an acoustic-damper term |
||
Andrea Colagrossi |
Energy dissipation evaluation in violent 3D sloshing flows subject to vertical accelerations |
||
Salvatore Marrone |
SPH prediction of energy dissipation in a sloshing tank subjected to vertical harmonic excitations |
||
L |
Yaru Ren |
Extension and Validation of SPHinXsys, an open-source multi-physics SPH library, for simulation of sloshing flows with elastic baffles |
|
12:45-14:15 |
lunch |
||
14:15-15:20 |
Session VIII |
Practical and industrial applications II: coastal and ocean engineering |
|
Pietro Scandura |
SPH simulation of wave breaking over a barred beach |
||
Corrado Altomare |
Restoring and rehabilitation of historical coastal asset with SPH |
||
Vito Zago |
Validation of an SPH-FEM model for offshore structure |
||
L |
Raúl Alexis González Ávalos |
Simulation of a flexible fish farming net in currents and waves with DualSPHysics |
|
15:20-16:25 |
Session IX |
Geophysics, geotechnics and disaster simulation |
|
Juan Gabriel Monge-Gapper |
SPH scheme for multifluid open flow with discontinuous nonlinear viscosity |
||
L |
Cong Yao |
SPH modelling of poroelasticity based on u-w-p Biot’s formulation |
|
L |
Ruofeng Feng |
Modelling rainfall-induced slope collapse with Smoothed Particle Hydrodynamics (SPH) |
|
L |
Suzanne Lapillonne |
Validation of viscous flows in DualSPHysics: application to mudflow behaviours |
|
16:30-18:00 |
touristic visits |
||
20:00 |
gala dinner |
Palazzo Biscari |
|
June 9, 2022 |
|||
9:45-10:50 |
Session X |
Viscosity and turbulence |
|
Jack King |
A Large Eddy Simulation SPH scheme for bubbly free-surface flows |
||
Ubaid Ali Qadri |
The role of the viscosity model in predicting losses in systems with rotating fluids using smoothed particle hydrodynamics |
||
L |
Francesco Ricci |
High-order SPH schemes for DNS of turbulent flow |
|
Giordano Lipari |
Dam Break Flow Benchmarks: Quo Vadis? |
||
10:50-11:25 |
coffee break |
||
11:25-12:30 |
Session XI |
Complex physics |
|
L |
Roozbeh Saghatchi |
SPH Simulation of Active Matters |
|
Chi Zhang |
An integrative SPH for cardiac function with network |
||
Aaron English |
SPH Model of Human Breathing with and without Face Coverings |
||
Josep Bonet Avalos |
Lagrangian methods in SPH for complex systems |
||
12:30-14:00 |
lunch |
||
14:00-14:50 |
Session XII |
Adaptivity, efficiency and acceleration |
|
Joffrey Chanéac |
Hybridized guard particles for Adaptive Particle Refinement |
||
L |
Lennart J. Schulze |
Localized kernel gradient correction for SPH simulations of water wave propagation |
|
Hee Sang Yoo |
GPU-accelerated Explicit Incompressible-Compressible SPH for multi-phase flow with large density difference |
||
14:50-15:55 |
Session XIII |
SPH in software: preprocessing, post-processing and high-performance computing |
|
Yongchuan Yu |
A level-set based self-cleaning pre-processing tool for particle-based methods |
||
Xiaohu Guo |
A new isosurface reconstruction tool for SPH complex geometry preprocessing |
||
Bo Zhang |
Building Automatic Regression Test Environment for Open-source Scientific Library SPHinXsys |
||
Benedict Rogers |
Preparing SPH for the Exascale Computing Revolution |
||
15:55-16:25 |
coffee break |
||
16:25-17:15 |
Session XIV |
Practical and industrial applications II: thin film mechanics |
|
Joe El Rahi |
Numerical simulation of ultra-thin-flexible structures in SPH: an embedded FEA structural solver within DualSPHysics |
||
Cihan Ates |
Thin Film Flow Dynamics in Gas-Liquid Contact Reactors |
||
Hannes Bauer |
Detecting Laminar Mixing Patterns in Twin-screw Extruder Elements via Lagrangian Coherent Structures |
||
17:15-17:50 |
Closing remarks, Libersky prize winner announcement, Joe Monaghan prize winner announcement |
Training Day
The Training Day is targeted to people with little or no experience on SPH, and to those of you who want to get a grasp on the practical applications of the method, with hands-on experience with well-established numerical codes implementing SPH. The program covers a theoretical introduction to the SPH method and some of its more challenging and stimulating aspects (morning sessions), and a hands-on practical session in the afternoon.
Practical session (afternoon): The practical session will be centered around the upcoming version 6 of GPUSPH. Computers will be provided on-location, but you can bring your own laptop for the training day. Supported operating systems are Linux and macOS. Windows is supported through the WSL. Version 6 of GPUSPH also runs on CPU, so it’s not necessary to have an NVIDIA GPU. On Windows, WSL2 is needed if you have an NVIDIA GPU and intend to run GPUSPH on it.
It is possible to register for the Training Day independently from the rest of the workshop.
Conference
The conference is organized in plenary sessions with 3 or 4 presentations each. This allows delegates to follow the full programme without missing any contribution. Non-keynote oral presentations are 12 minutes each, back-to-back, with a common Questions & Answers/panel discussion at the end of the session.
We kindly ask authors to ensure that their presentation does not overstep the assigned time slot, out of respect for their colleagues. Session chairs will notify presenters 5 minutes from the end, 2 minutes from the end, and at the end of the available presentation time.
The recommended aspect ratio for presentations is 16:9, which is native the projector, but 4:3 aspect ratios are supported too.
There will be a computer available to all presenters, running Windows 11 and supporting presentations in PDF and PowerPoint format. To avoid unnecessary delays, please upload your presentation to the common machine before the beginning of your session (e.g. during the preceding coffee break). We also recommend testing it (especially if there are animations) to verify that it works correctly.
It will also be possible to connect your laptop to the projector through an available HDMI cable. Please remember to bring an adapter if you wish to run the presentation from your laptop and your machine does not have a native HDMI port.
Registration
Student Early Bird (until April 22, 2022) |
€280 |
Non-student Early Bird (until April 22, 2022) |
€510 |
Student Regular (after April 22, 2022, until May 16, 2022) |
€330 |
Non-student Regular (after April 22, 2022, until May 16, 2022) |
€560 |
Regular |
€50 |
Note
|
May 16, 2022 is the final registration deadline. If you wish to register after May 16, 2022, a surcharge of +50€ (student) / +100€ (non-student) will be applied to the registration fee. |
The fee for accompanying persons is €150/person, and it includes the welcome cocktail, gala dinner and touristic visit.
Registration Form
The registration form can be found here. Payments can be made by bank transfers or by credit card.
To pay by bank transfer, please select Bank transfer
as Payment method
in the registration form ☚,
and input the Transaction Reference Number (TRN)
of the bank operation in the corresponding field.
Bank transfer should be paid to:
CONSORZIO COMETA
Viale Vittorio Veneto n. 98 - Catania - AGENZIA SEDE
IBAN: IT 64 I 01030 16900 000063633612
BIC / SWIFT code: PASCITMMCAT
Please specify SPHERIC 2022 / participant full name as reason for payment.
For credit card payments, our processor (SumUp) uses a pay-by-link system.
Please select Credit card
as Payment method
in the registration form ☚.
After the form is submitted, you will receive an email with a private link through which you can complete the operation.
(Please allow up to two business days for the link to be sent. If you do not receive the link within the next two business days,
please send an email to cometa.segreteria@consorzio-cometa.it or spheric2022@ingv.it.
The Early Bird fees will be applied as long as the form was submitted by
April 22, 2022, even if you receive the link at a later date.)
Note
|
some of the form fields, including the ones about the payment method, are only revealed after answering previous questions (e.g. Question 5, the option to register your institution as a SPHERIC member). Make sure all visible fields have been filled properly if the form seems to be incomplete. |
Contacts
Email: spheric2022@ingv.it or giuseppe.bilotta@ingv.it